Abstract: The climate change induced by global warming is predicted to change the rate of sea level rise (SLR) and that of shoreline shifts. In this study, the SLR as well as the resulting retreat of shorelines has been predicted ...

Abstract: Methods to continuously forecast water levels at a site along a river are generally model based. Physical processes influencing occurrence of a river stage are, however, highly complex and uncertain, which makes it difficult ...

Abstract: Estimation of a wave spectrum from specified values of significant wave heights and average zero cross periods is traditionally made through empirical equations like those of Pierson–Moskowitz and Jonswap. This technical ...

Abstract: Wave height data are sometimes available at different space locations in the form of average values over larger time intervals. Difficulties may arise when such data are to be used for applications such as small-term ...

Abstract: An ever-increasing need to develop coastal infrastructure as well as continuously rising coastal population calls for a rigorous assessment of coastal vulnerability in many parts of the world. This study emphasized the ...

Abstract: The estimation of scour downstream of a ski-jump bucket has remained inconclusive, despite analysis of numerous prototypes as well as hydraulic model studies in the past. It is partly due to the complexity of the phenomenon ...

Abstract: The short-term directional spreading of wave energy at a given location is popularly modeled with the help of the Cosine Power model. This model is oriented mainly around value of the spreading parameter involved in its ...